The purpose of this study was to gain insight into the kinematic and electromyography data of landing types. In order to analysis, I set landing types on three bases of support during landing, and then analyzed for segment angular kinematic and muscle activation variables on landing types. Ten university students (age: 22.3±1.2yr, height: 168.2±3.1㎝, weight: 63.2±3.1㎏) participated in the experiment. Conclusion is as following. Thigh, shank and foot segment angular displacement were no difference on landing types in sagittal plane. In thigh and shank segment angular displacement, the larger base of support is, the increaser abduction in coronal plane. Foot segment angular displacement were no difference on landing types in coronal plane. Results of repeated measurement were no difference on landing type in EMG. In each muscle activity, rectus femoris was bigger than others. Gastrocnemius was lower than others. In post-hoc results of each landing types, rectus femoris was bigger than others. In post-hoc results of each muscles, gastrocnemius was the larger base of support is, the decreaser in muscle activity.